Application of the Biefeld Brown Effect using D.R. Buehler Formula

In 1923 Professor Paul Biefeld and his student Thomas Townsend Brown discovered this effect during the test of a new type of capacitor. Basically the Biefeld Brown effect is electro gravitation. If you have a flat disk capacitor with a good dielectric like Barium Strontium Titanate (BaSrTiO3) and apply high voltage to the plates a directional force normal to the plates will be generated according to the formula developed by Doyle R. Buehler through experimental data.

F= 0,47 * U (J) = (force in Newtons)Where U is the energy stored in the capacitor. The force generated will be proportional to the energy stored.The energy stored is dependent of the capacitance and the voltage appliedThe capacitance of a flat capacitor with dielectric is:C = e0*er*A/hwhere e0 is the dielectric constant of the vacuum, er is the relative permitivity of the dielectric, A is the aerea of the plates and h is the separation between the plates.The charge stored will be:Q = C * VWhere C is the capacitance and V is the voltageThe energy stored is given by the formula:U = Q^2 /(2*C)Replacing the value of Q we have:U = V^2 * C * 1/2Replacig the value of C we have:U = V ^ 2 * er * e0 * A / h * ½Appliying the Buehler formula for the force generated we have:F = 0,47 * U F (Kgs) = 0,235 * V ^2 * er * e0 * A / h * 1 / 9,8

With such disk and for example 20 KVolts you can develop a force about three tons for propulsion and lift the vehicle. To be properly guiated the disc could be divided in three equal sectors of 120 degrees who can be charged different or equal to get differential forces to guide and lift the vehicle.

With this principle that works in atmosphere and space you have a propellant-less force of propulsion. The force generated by this system of propulsion is several times greater than ionic engines and photonic thrusters allowing reach high speed only maintaining the charge in the capacitor.

This type of propulsion will be very useful for interstellar and interplanetary missions. It could also be used to put in orbit heavy loads without using neither chemicals propellants and reducing the risk of explosions or failures.Ing. Luis Migliorero

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ABOUT THE ENTRANT

Name:

Luis Alberto Migliorero

Type of entry:

individual

Profession:

Engineer/Designer

Number of times previously entering contest:

3

Luis Alberto's favorite design and analysis
tools:

Cad systems, spreadsheets

Luis Alberto's hobbies and
activities:

Aeromodelism, Chess, Electronics, scale models

Luis Alberto is inspired by:

Research about new ways of propulsion
Doyle R. Buehler research
Musha Takaaki research
Porcelli and Filho research